Tag Scanning

I was fairly amazed to see the versatility of a Seven in the middle of the Sixes. I knew, from past experience, that a pair of Sevens are very strongly tied to each other and that it takes incredibly nasty bursts of energy to make a plasma of Sevens. In cases like that, I've got no choice but to run. All this adds up to the fact that this molecule is tough and versatile.

Scanning for a pattern of three single and two double Sixes is a horridly complex scan with too many returns. So, I had to run a sweep which is difficult enough without getting jostled by a bunch of Electrons in a pulse cloud. That's why it took so long. I had to make multiple passes to complete the entire scan, but I did finally find something quick. Now it's all about the Seven.

Sixes, Sevens and Eights wiggle differently. Sixes in contact with other sixes act a certain way. The double Sixes with the Eight in the middle has a fundamental frequency that is long and low. The Seven, however, imparts more of it's natural vibration upon the three singleton Sixes that branch away to form a canopy of Ones. While I can detect location with the lower frequency, it is not as accurate or precise as a higher frequency signal. With these two frequencies, I should be able to recognize these tag molecules in the constant wash of noise that surrounds me.